Location: Batukaras, Pangandaran, Indonesia
Area: 3,500 sqm

A 3,500 sqm coastal villa site located in a tropical environment with high rainfall, existing vegetation, and exposure to seasonal climate extremes. The project required a landscape strategy that could preserve site character while improving environmental performance and usability. CONIFER was engaged as landscape design consultant from concept through detailed drawings.

Core Constraints; Existing condition: mature coconut trees defining site identity. Climate: heavy seasonal rainfall requiring controlled drainage. Soil + water: risk of surface runoff and water accumulation. Program: need for usable outdoor space without disrupting natural character.

Design Strategy

The project was structured around two primary systems:

1. Existing Tree Integration System. Instead of clearing the site, existing coconut trees were used as the primary spatial framework. Trees retained to preserve site identity. Canopy provides natural shading. Trunk spacing defines spatial zones. Vegetation used as acoustic buffer. This reduces installation cost and maintains environmental stability.

2. Stormwater-Driven Landform System. Stormwater was treated as a design generator, not a constraint. Landform shaped to direct surface runoff. Drainage integrated into planting zones. Water movement used to structure spatial experience. This improves long-term resilience during heavy rainfall periods.

Spatial Organization

The landscape is organized through natural structure, not imposed geometry: Open zones aligned with existing tree clearings, Circulation follows least-resistance paths, Transitional spaces created through planting density, This creates usability without over-design.

Technical Development

The design was translated into buildable documentation: Tree protection and integration strategy. Grading plan aligned with drainage flow. Planting zones based on moisture conditions. Material strategy adapted to tropical climate

What this Project Solves:

Using existing vegetation as structure, integrating water into design logic, aligning planting with real site conditions. Result: Reduced site disturbance, Improved drainage performance, Increased thermal comfort through shading, Preservation of site identity. Most importantly, the landscape works with the site, not against it.